Sentences with phrase «unit per side»

The new headlamps, now combined into one unit per side and placed rather elegantly under a new aluminum hood, are newly LED (on all trim levels).

Not exact matches

A business generates supply - side economies if per - unit costs fall with increasing output.

Supply - side economies of scale exist when there are reductions in the average cost per unit associated with increasing the scale of production for a product or service.

On the U.S. side, TD's retail unit recorded a 28 - per - cent jump in quarterly adjusted net income compared to last year, to $ 1.02 billion.

On the other side, Chicago's defensive unit is dead last in opponents» points per game with 29.2 allowed.

On the same side of the line of scrimmage, yards per reception bestows the superior unit to be Ohio State.

Under Orland Park zoning, up to three housing units per acre would be allowed in the tract on the north side of 167th Street, a half - mile west of La Grange Road.

FEATURES 19 detailed whole group lessons, small group lessons with activities 1 end - of - unit assessment Teacher guide activities that model concrete representations of abstract mathematical concepts Easy - to - use resources that offer classroom — tested lesson plans targeting the big ideas of math PRODUCT PERKS Teacher Guides 19 differentiated whole and small group lessons per unit; blackline masters; 1 unit assessment Warm - Up Posters 1 poster per unit; short, engaging activties for each day of the week; spiral review previously learned math concepts Card Sets18 card sets per unit to easily manage small group instruction; no printing, cutting, laminating, or sorting; conveniently stored in labeled lesson bags Durable ToteTeacher Guide, Warm - Up Poster, and Card Sets all stored in a durable, stackable tote SUGGESTED MANIPULATIVES TO USE WITH THIS KIT Bean CountersTwo - color bean counters are red on one side and white on the other.

The control unit in the rear drive unit continuously varies the front / rear and side - to - side torque distribution to suit the current driving situation, monitoring inputs from multiple vehicle sensors 100 times per second.

Six - cylinder aluminium power unit with cylinders in horizontallyopposed arrangement, water - cooled, engine block and cylinder heads made of aluminium, forged titanium connecting rods, four overhead camshafts, four valves per cylinder, variable valve timing (VarioCam with infinite adjustment) on intake and exhaust side, hydraulic valve play compensation, four - stage variable intake mani - fold, dry sump lubrication, twin - chamber exhaust system, two metal catalysts, two oxygen sensors with dual control, 12 litres /

The control unit in this system monitors vehicle inputs 100 times per second and adjusts the front / rear and side - to - side torque distribution according to the driving situation.

As per the distribution of the features seen in the case of manual variants, the Hyundai i20 CVT will miss out on side and curtain airbags, automatic headlamps, smart key, headlamps with projector units and LED DRLs, diamond cut alloy wheels, and electric folding ORVMs.

The ex-Suzuki boss also confirmed that the Alpine A110's lack of side airbags would limit imports of the relaunched brand's first road car in more than two decades to just 100 units per year.

The control unit continuously varies front - to - rear and side - to - side torque distribution to suit the driving situation, monitoring inputs from multiple vehicle sensors 100 times per second.

Even looking at the fiction side of print, the per unit earning for print beats ebooks.

«Interestingly, in an environment where competitors on both the Android and Windows sides of the market are using price cuts as their most powerful marketing tool, Apple actually increased its revenue per iPad unit in the third quarter by $ 3,» explains IHS researcher Rhoda Alexander.

This would make sense because businesses use liabilities to offset capital intensity and increase return per unit of capital — the asset side of the balance sheet does not tell the whole story.

I was trying to estimate the mining footprints of solar and nuclear, and came up with some very tentative rough estimates that ore input for solar energy might have an energy density (per unit mass) ~ 5 to 80 times coal, while nuclear (convential US fuel cycle) may be ~ 20 times coal — on the solar side, this doesn't include some balance of system components, and on the nuclear side, it only includes the U, but on the solar side, the actual energy density could get much higher with recycling of the same material into multiple successive generations of solar energy devices, and on the nuclear side, breeder reactors.

The shape of the CO2 absorption band, in terms of CSD per unit CO2 concentration, can be approximated as having a peak at some frequency (designated ν0) or wavelength (about 15 microns for CO2) with, on each side of that peak, a halving of that optical thickness for each amount BW1 or BW2 that one moves away from the center (toward lower or higher frequency, respectively)

For example, if the Earth got cold enough, the encroachment of snow and ice toward low latitudes (where they have more sunlight to reflect per unit area), depending on the meridional temperature gradient, could become a runaway feedback — any little forcing that causes some cooling will cause an expansion of snow and ice toward lower latitudes sufficient to cause so much cooling that the process never reaches a new equilibrium — until the snow and ice reach the equator from both sides, at which point there is no more area for snow and ice to expand into.

A flux per unit area can be found by integrating the intensity over a hemisphere of directions that all pass through the unit area in the same direction (in the sense of being from one side of the unit area to the other side, even though they do so at different angles).

Otherwise, an approximation can be made by using, in place of BTc0i and ΔBTc0, three corresponding values of upward / downward / net fluxes per unit area, two values for frequencies ν1 and ν2 on either side of the band near the centroids of the areas on the graph for the band - widening effect (works unless there are temporary saturations leaving positive and negative areas, in which case more different values for different frequencies would work better) to multiply by b * BW1 and b * BW2, respectively, to find the band - widenning effect, and one value for the peak frequency ν0, to multiply by something on the order of b * 1/2 * (BW1 + BW2) to find the band center contribution.

Coal, on the other hand, seems to be plentiful, it causes more emissions per energy unit generated, and it has some side issues such as soot and other particulates, including aerosols which may actually be cooling the planet.

We need to know 1) the cost per unit of power produced during the structures estimated lifespan, which means we ned to know the load factor, and lifespan of the facility, and any decomissioning costs, etc. 2) the side effect costs.

The reason is that the expressions on the right hand side are well known and widely used economic indicators: population, economic growth (= GDP / population), energy efficiency of your economy (energy / GDP), and emissions per unit of energy produced (emissions / energy)

You quote: (your bold) «< Another way to think of this reduction is to realize that half of Earth's surface (the night side) is in the dark and thus receiving no solar energy at a given moment, while areas near the edges of the planet (near the poles and around dusk and dawn) are receiving reduced amounts of energy per unit area.

Another way to think of this reduction is to realize that half of Earth's surface (the night side) is in the dark and thus receiving no solar energy at a given moment, while areas near the edges of the planet (near the poles and around dusk and dawn) are receiving reduced amounts of energy per unit area.»